How to Create Product Casings With Pressure Forming

Categories
3D Printing

Mayku Application Spotlight: Pressure Forming For Product Casings

Summary: In this guide, we’ll take a look at the role of pressure forming in part validation for product casings, highlighting the technology’s precision, consistent quality, and ability to rapidly iterate. We’ll also take a look at how seamlessly integrating the Mayku Multiplier into your existing operations can reduce delays and result in a faster time to market – keeping your organization effective, efficient, and operational.

Challenge: A Manufacturer faces a problem with validating parts and tooling. Currently, it must activate its entire production line to create one prototype, disrupting normal manufacturing operations. This leads to longer production cycles and slows down the work flow affecting time and cost.

Solution: The Multiplier uses the same tooling process as the customer’s production line, enabling faster validation and exploration. This enables exploring materials and parameters for the perfect outcome and allowing more control in the production process.

Result: Integrating the Multiplier in the product design workflow allows for:

  • Faster time to market
  • High-fidelity prototyping
  • Faster iteration cycles
  • Material testing
  • Reduced production line disruption

Ready to learn more about how you can integrate the Mayku Multiplier into your factory for the in-house manufacturing of product casings? Download this guide today for a step-by-step process!


Dynamism processes your personal data in accordance with the Privacy and Cookie Policy.

     

Explore More

Accelerate Your Production with Audi Sport’s 3D Printing Workflow

Learn More

How to 3D Print Molds for Carbon Fiber Parts

Create Molds Suitable for Ambient Cure Processes Including Wet-Lay-Up, Vacuum Bagging, and Resin Infusion.

Learn More

Multi-Material 3D Printing with High-Performance Polymers

Beyond Single-Material Constraints: The Case for Embedded Reinforcement in Additive Manufacturing Multi-material 3D printing gives engineers something single-extruder systems never could: the ability to place the right material in exactly the right location, driven by load paths rather than printer limitations. Most structural failures in printed parts occur where designers needed localized strength but were […]

Learn More